Mioxide NT – Centralian Iron Oxide Project

Ultra-High Purity Iron for Green Steel and Advanced Materials

                                              premium +99%Fe2o3 concentrate with ultra-low impurities, positioned for direct reduction (DR), battery materials, and industrial use.

     

MiOxide NT is developing a premium specular hematite project in Central Australia, producing ultra-low impurity iron concentrate for:

• Hydrogen-based green steel (DRI / HBI)
• Lithium Iron Phosphate (LFP) batteries
• Industrial and chemical markets

With dry processing, scalable production, and strategic access to rail and Darwin Port, MiOxide is positioned to supply next-generation global market

                                                      

Ultra-High-Grade:

Some of the world’s purest iron concentrates for processes and applications requiring chemically clean inputs.

Near-Term Revenue:

Industrial minerals production provides early-stage cashflow potential.

Specialised applications:

Our deposit’s quality, combined with effective beneficiation processes, enables large volumes of high-purity iron tailored for specialized industrial applications.

Strategic Focus:

Clear pathway to value creation through market validation and partnerships.

Positioned to meet the growing demand for high-purity iron in green

and emerging technologies.

Proven Resource:

Large shallow, open pit resource with conventional flowsheet.

MiOxide NT’s Ultra-High-Grade Iron Project is designed to meet the needs of evolving Iron Oxide market +99% Fe2o3 concentrate potential
Ultra-low impurities (SiO₂ <0.5%, very low P & S)
Dry beneficiation – no water dependency
Premium product for non-Platts markets
Multi-product revenue streams
Located near Alice Springs with established logistics.
Through innovation in processing and strategic resource development. By leveraging our process efficiency and chemical properties, we are creating long-term value from this iron oxide while supporting advancements in critical industries – from green iron oxide precursors to specialty materials.